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Showing content from http://www.ncbi.nlm.nih.gov/IEB/ToolBox/CPP_DOC/doxyhtml/splign__cmdargs_8cpp_source.html below:

NCBI C++ ToolKit: src/algo/align/splign/splign_cmdargs.cpp Source File

42  const size_t

kMb (1u << 20);

52  "Query cDNA type: 'mrna' or 'est'." 53  " Sets basic scores to preset values"

,

60  "Score for a single match (positive)." 61  " Overrides value set by '-type'"

,

67  "Score for a single mismatch (negative)." 68  " Overrides value set by '-type'"

,

72

(

"gap_opening_score"

,

74  "Score for gap opening (negative)." 75  " Overrides value set by '-type'"

,

78

(

"gap_extension_score"

,

79  "gap_extension_score"

,

80  "Score for gap extension (negative)." 81  " Overrides value set by '-type'"

,

85

(

"gt_ag_splice_score"

,

86  "gt_ag_splice_score"

,

87  "Score for splice (negative)." 88  " Overrides value set by '-type'"

,

92

(

"gc_ag_splice_score"

,

93  "gc_ag_splice_score"

,

94  "Score for splice (negative)." 95  " Overrides value set by '-type'"

,

99

(

"at_ac_splice_score"

,

100  "at_ac_splice_score"

,

101  "Score for splice (negative)." 102  " Overrides value set by '-type'"

,

106

(

"non_consensus_splice_score"

,

107  "non_consensus_splice_score"

,

108  "Score for splice (negative)." 109  " Overrides value set by '-type'"

,

115

(

"compartment_penalty"

,

116  "compartment_penalty"

,

117  "Penalty to open a new compartment " 118  "(compartment identification parameter). " 119  "Multiple compartments will only be identified if " 120  "they have at least this level of coverage."

,

125

(

"min_compartment_idty"

,

126  "min_compartment_identity"

,

127  "Minimal compartment identity to align."

,

132

(

"min_singleton_idty"

,

133  "min_singleton_identity"

,

134  "Minimal singleton compartment identity to use per subject and strand, " 135  "expressed as a fraction of the query's length."

,

139

(

"min_singleton_idty_bps"

,

140  "min_singleton_identity_bps"

,

141  "Minimal singleton compartment identity to use per subject and strand, " 143  "The actual value passed to the compartmentization procedure is the least of " 144  "(min_singleton_idty * query_length) and min_singleton_identity_bps."

,

151  "Minimal exon identity. " 152  "Segments with lower identity will be marked as gaps."

,

157

(

"min_polya_ext_idty"

,

159  "Minimal identity to extend alignment into polya. " 160  "Polya candidate region on mRNA is detected first. Alignment is produced without the polya candidate region " 161  "After that alignment will be extended into the polya candidate region to deal with case when initial polya detection was wrong"

,

168  "Minimal length of polya."

,

175  "The upper bound on intron length, in base pairs."

,

178

s_GetDefaultMaxIntron()));

183  "If a gap between exons is less than min_hole_len (on both query and subject), " 184  "stich the exons together. The gap will be represented as insertions and/or " 185  "deletions inside the joint exon. 0 - don\'t stich."

,

190

(

"trim_holes_to_codons"

,

191  "trim_holes_to_codons"

,

192  "Trim exons around a gap to full codons if CDS location is known on the query."

,

199  "The max space to allocate for a splice, in MB. " 200  "Specify lower values to spend less time stitching " 201  "over large genomic intervals."

,

206

(

"max_part_exon_ident_drop"

,

207  "max_part_exon_ident_drop"

,

208  "Don't allow identity of part of exon to drop more than max_part_exon_trim_drop. " 209  "If identity near alignment gap drops more than max_part_exon_trim_drop in comparison to the rest of exon, " 210  "the low identity part will be trimmed out."

,

217  "Test new developments. Default behavior if not set."

,

221

argdescr->

SetConstraint

(

"min_compartment_idty"

, constrain01);

223

argdescr->

SetConstraint

(

"min_polya_ext_idty"

, constrain01);

224

argdescr->

SetConstraint

(

"compartment_penalty"

, constrain01);

227

argdescr->

SetConstraint

(

"min_polya_len"

, constrain_1_1M);

236

argdescr->

SetConstraint

(

"max_space"

, constrain_max_space);

247

argdescr->

SetConstraint

(

"max_part_exon_ident_drop"

, constrain005);

257

splign->

SetMaxIntron

(args[

"max_intron"

].AsInteger());

260  if

(args[

"min_singleton_idty"

]) {

274  double

max_space (args[

"max_space"

].AsDouble() * kMb);

276  if

(max_space > kMax32) max_space = kMax32;

278  if

(args[

"test"

]) {

285  const bool

query_low_quality (args[

"type"

].AsString() ==

kQueryType_EST

);

286  if

(query_low_quality) {

291  if

(args[

"match_score"

]) {

294  if

(args[

"mismatch_score"

]) {

297  if

(args[

"gap_opening_score"

]) {

300  if

(args[

"gap_extension_score"

]) {

303  if

(args[

"gt_ag_splice_score"

]) {

306  if

(args[

"gc_ag_splice_score"

]) {

309  if

(args[

"at_ac_splice_score"

]) {

312  if

(args[

"non_consensus_splice_score"

]) {

static void SetupArgDescriptions(CArgDescriptions *arg_desc)

Setup core splign argument descriptions for the application.

static void ArgsToSplign(CSplign *splign, const CArgs &args)

Translate command line arguments into splign algorithm core settings.

CSplign is the central library object for computing spliced cDNA-to-genomic alignments.

void SetMismatchScore(int score)

void SetMinHoleLen(size_t len)

void SetPolyaDetection(bool on)

void SetCompartmentPenalty(double penalty)

void SetMinSingletonIdentity(double idty)

void SetMatchScore(int score)

void SetMinPolyaLen(size_t len)

void SetMaxIntron(size_t max_intron)

static bool s_GetDefaultTrimToCodons(void)

void SetMinSingletonIdentityBps(size_t idty)

void SetMinExonIdentity(double idty)

static double s_GetDefaultMinCompartmentIdty(void)

void SetGapOpeningScore(int score)

void SetTestType(const string &test_type)

static size_t s_GetDefaultMinPolyaLen(void)

void SetGcAgSpliceScore(int score)

void SetScoringType(EScoringType type)

void SetNonConsensusSpliceScore(int score)

static double s_GetDefaultCompartmentPenalty(void)

void SetAlignerScores(void)

static double s_GetDefaultMinExonIdty(void)

static double s_GetDefaultMaxPartExonIdentDrop(void)

double GetMinCompartmentIdentity(void) const

void SetTrimToCodons(bool)

void SetAtAcSpliceScore(int score)

void SetPolyaExtIdentity(double idty)

void SetGapExtensionScore(int score)

CRef< TAligner > & SetAligner(void)

Access the spliced aligner core object.

static double s_GetDefaultPolyaExtIdty(void)

void SetMinCompartmentIdentity(double idty)

static CRef< CSplicedAligner > s_CreateDefaultAligner(void)

void SetEndGapDetection(bool on)

static size_t s_GetDefaultMinHoleLen(void)

void SetGtAgSpliceScore(int score)

void SetSpaceLimit(const size_t &maxmem)

static size_t GetDefaultSpaceLimit(void)

void SetConstraint(const string &name, const CArgAllow *constraint, EConstraintNegate negate=eConstraint)

Set additional user defined constraint on argument value.

void AddOptionalKey(const string &name, const string &synopsis, const string &comment, EType type, TFlags flags=0)

Add description for optional key without default value.

CArgAllow_Strings * Allow(const string &value)

Add allowed string values.

void SetCurrentGroup(const string &group)

Set current arguments group name.

void AddDefaultKey(const string &name, const string &synopsis, const string &comment, EType type, const string &default_value, TFlags flags=0, const string &env_var=kEmptyStr, const char *display_value=nullptr)

Add description for optional key with default value.

@ eBoolean

{'true', 't', 'false', 'f'}, case-insensitive

@ eDouble

Convertible into a floating point number (double)

@ eString

An arbitrary string.

@ eInteger

Convertible into an integer number (int or Int8)

uint32_t Uint4

4-byte (32-bit) unsigned integer

#define END_NCBI_SCOPE

End previously defined NCBI scope.

#define BEGIN_NCBI_SCOPE

Define ncbi namespace.

static string DoubleToString(double value, int precision=-1, TNumToStringFlags flags=0)

Convert double to string.

static enable_if< is_arithmetic< TNumeric >::value||is_convertible< TNumeric, Int8 >::value, string >::type NumericToString(TNumeric value, TNumToStringFlags flags=0, int base=10)

Convert numeric value to string.

const string kTestType_20_28

const string kTestType_20_28_plus

const string kTestType_production_default


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